Table 1.

Cellular dimensions and passive resistive and capacitive parameters of the modeled CMCs and MFBs.

Parameter	Definition	Value			References
		CMC	CMC-sized MFB	Large MFB
MEASURED PARAMETER
L	Cell length	0.0060 cm	0.0060 cm	0.0120 cm	Rohr et al., 1991
W	Cell width	0.0020 cm	0.0020 cm	0.0040 cm	Rohr et al., 1991
T	Cell thickness	0.0003 cm	0.0003 cm	0.0003 cm
ρcyto	Cytoplasmic resistivity	124 Ω cm	124 Ω cm	124 Ω cm	Prudat and Kucera, 2014
Cm	Specific membrane capacitance	1 μF/cm2	1 μF/cm2	1 μF/cm2
		CMC-CMC	CMC-MFB	MFB-MFB
γ	Intercellular conductivity	77.4 nS/μm	15.5 nS/μm	15.5 nS/μm	Fitted
DERIVED PARAMETER
ρ	Intercellular resistivity (1/γ)	1351 Ω cm	6755 Ω cm	6755 Ω cm
ρcyto, z	Cytoplasmic resistivity in the z direction	T·ρcyto	37.2·10−3Ωcm2	37.2·10−3Ωcm2
rcyto, z	Cytoplasmic resistance per discrete element in the z direction	$\frac{T·{\rho }_{cyto}}{\Delta x\Delta y}$	0.595 MΩ	0.595 MΩ
ρgap, z	Gap junctional resistivity in the z direction	$\frac{\rho }{L}\pi \frac{LW}{4}$	21.2 GΩ cm2	106.1 GΩ cm2
rgap, z	Gap junctional resistance per discrete element in the z-direction	$\frac{\rho }{L} \pi \frac{LW}{4\Delta x\Delta y}$	0.339 GΩ	1.698 GΩ
		CMC-CMC	CMC-MFB	MFB-MFB
gz	Conductance per discrete element in the z-direction $\left(\frac{1}{r_{cyto,z}+r_{gap,z}}\right)$	2.94 nS	0.59 nS	0.59 nS